CN205353688U - Intelligent valve remote control system - Google Patents
Intelligent valve remote control system Download PDFInfo
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- CN205353688U CN205353688U CN201620104159.2U CN201620104159U CN205353688U CN 205353688 U CN205353688 U CN 205353688U CN 201620104159 U CN201620104159 U CN 201620104159U CN 205353688 U CN205353688 U CN 205353688U
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Abstract
Intelligent valve remote control system relates to the remote control field of valve. The utility model provides a structure is exquisite, the operation degree of difficulty is low and with low costs, accessible time discovers and feed back the abnormal state of valve during the use to it judges and timely intelligent valve remote control system to the electric actuator give -out order to make people make fast. Electric actuator is used for the drive the valve, and with the signal pickup assembly intercommunication, the surveillance center through wireless information with the communication base intercommunication, it is a plurality of mobile client through wireless information with the communication base intercommunication, it is a plurality of electric actuator through wireless information with the communication base intercommunication, electric actuator and mobile client one -to -one, have characteristics such as transmission range is wide, communication is convenient, simple to use, easy popularization.
Description
Technical field
This utility model relates to the remote control field of valve.
Background technology
In society's rapid urbanization course, high buildings and large mansions are more and more intensive, and large scale industry and residential houses distance are also increasingly nearer, while soil makes full use of, also bring safe hidden danger.If pipeline occurs the materials such as substantial amounts of coal gas, tap water, chemical industry toxic gas to reveal, the loss caused cannot be estimated.And electric operator, as the controlling organization of all kinds of valves, if valve can be operated in time in the very first time of accident, reduce the discharge revealing liquid, gas, play vital effect.
If electric operator can find site environment abnormal conditions, feedback channel abnormal information the very first time, and data are transferred to central control system, central control system operates valve in time, then the loss that disaster causes will greatly reduce.But, central control system, it is usually and is applied in Industry Control or extensive high-grade building field, and apply seldom at normal domestic building or midget plant, and when having an accident, it is difficult to ensure the unobstructed of circuit, additionally, this system cost is expensive, and technology requires height, and operation is not easily.
Utility model content
This utility model is for problem above, propose a kind of delicate structure, operation easier is low and cost is low, people can find and feed back the abnormality of valve during use in time, so that can quickly judge and electric operator sends the intelligent valve remote control system of instruction in time.
The technical solution of the utility model is: described valve sets in the duct and be provided with in pipeline signal pickup assembly, and described control system includes Surveillance center, communication base station, some cell-phone customer terminals and some electric operators；
Described electric operator is used for driving described valve and connecting with described signal pickup assembly, described Surveillance center is connected with described communication base station by wireless messages, some described cell-phone customer terminals are connected with described communication base station by wireless messages, some described electric operators are connected with described communication base station by wireless messages, described electric operator and cell-phone customer terminal one_to_one corresponding；
Described electric operator includes electronic control module, signal acquisition module, signal processing module and signal dispatcher module, described electronic control module is for controlling the switching value of valve, described signal acquisition module connects with signal pickup assembly and is used for gathering signal, described signal processing module connects and is used for processing signal with signal acquisition module, and described signal dispatcher module is connected by wireless messages with communication base station.
Described signal pickup assembly includes temperature sensor, pressure transducer and flow transducer.
Described electronic control module includes single-chip microcomputer, 485 modules, power module and A.C. contactor.
The method of work of intelligent valve remote control system, is operated according to the following steps:
1), signals collecting: electric operator receives the live signal recorded by signal pickup assembly by signal acquisition module；
2), signal processing: canonical parameter interval is first set in the signal processing module of electric operator, then live signal and parameter preset are compared；
3), judge that whether valve is abnormal: in signal processing module, judge that whether live signal is interval beyond canonical parameter, as exceeded, be then judged to that valve is abnormal, proceed to next step；As without departing from, then be judged to that valve is normal, proceeds to step 10)；
4), signal sends: information abnormal for valve is sent to communication base station by wireless messages by electric operator by signal dispatcher module, and is forwarded in Surveillance center via communication base station；
5), judge once to be confirmed whether in Surveillance center, live signal to be confirmed beyond canonical parameter interval by: operator, as being identified through, then proceed to next step；As confirmed not pass through, then proceed to step 10)；
6), information sends: information abnormal for valve is sent to communication base station by Surveillance center by wireless messages, and is forwarded in cell-phone customer terminal via communication base station；
7), judge secondary-confirmation whether by: the information that valve is abnormal is confirmed by user by cell-phone customer terminal, as being identified through, then proceeds to next step；As confirmed not pass through, then proceed to step 10)；
8), instruction sends: the adjustment information of valve switch amount is sent to Surveillance center by user by communication base station, then is sent to the signal dispatcher module of electric operator by action command by communication base station by Surveillance center；
9), valve event: action command is sent in electronic control module by the signal dispatcher module in electric operator, drives valve event；
10), valve stop, complete.
This utility model has the advantages that
One, in this utility model, connection between each several part and communication base station carries out each through wireless messages and GSM or CDMA signal, and its transmission range is extremely wide, after consulting with each big mobile operator, can use its communication base station；So, as long as in the communication base station coverage of each big mobile operator, the work in combination of Surveillance center, cell-phone customer terminal and electric operator can be realized, it is achieved that the purpose that very-long-range controls.
Two, this utility model is greatly shortened the working cycle, specifically: once pipeline occurs unusual condition (exception of temperature, pressure or flow), electric operator can be made and quickly judge and transmit (step 1-4), thus quickly sending action command (step 5-8) to electric operator after first and second confirms.The transmission of its signal is fast, the response time is short, and the working cycle is extremely short.
Three, method of work of the present utility model contains and once confirm (step 5) and secondary-confirmation (step 7) thus effectively prevent the malfunction of electric operator, to significantly reduce operational error rate.
Four, this utility model can apply in urban construction on a large scale, such as gas piping, petroleum pipeline, water-supply-pipe, jet chimney etc., brings great convenience to the construction in intelligent city.In addition, it is possible to effectively reduce the potential safety hazard (gas leak, pipe burst etc.) in daily life, improve safety and reduce the wasting of resources.
In sum, this utility model has that transmission range is wide, communication is convenient, use the features such as simple, easy to spread.
Accompanying drawing explanation
Fig. 1 is structured flowchart of the present utility model,
Fig. 2 is workflow diagram of the present utility model.
Detailed description of the invention
As shown in Figure 1-2, described valve sets in the duct and is provided with in pipeline signal pickup assembly to this utility model, and described control system includes Surveillance center, communication base station, some cell-phone customer terminals and some electric operators；
Described electric operator is used for driving described valve, and connect with described signal pickup assembly, the some electric operators installed in same factory or same community (can be equipped with unified Surveillance center by described Surveillance center, this the applicant have developed a set of application software for Surveillance center, thus monitoring efficiently, management) (can be consulted with each big mobile phone operators by wireless messages and described communication base station, use its communication base station, so that with GSM or CDMA signal as wireless messages) connection, some described cell-phone customer terminals are (for promoting work efficiency, reduce operating error, the applicant have developed the mobile phone A PP that a set of scope of application is extremely wide voluntarily, and it can be used as cell-phone customer terminal of the present utility model) connected with described communication base station by wireless messages, some described electric operators are connected with described communication base station by wireless messages, described electric operator and cell-phone customer terminal one_to_one corresponding (by corresponding for each electric operator in the cell-phone customer terminal of relative users)；
Described electric operator includes electronic control module, signal acquisition module, signal processing module and signal dispatcher module, described electronic control module is for controlling the switching value of valve, described signal acquisition module connects with signal pickup assembly and is used for gathering signal, described signal processing module connects and is used for processing signal with signal acquisition module, and described signal dispatcher module connects (can embed SIM in signal dispatcher module) with communication base station by wireless messages.In this utility model by individual module R. concomitans in electric operator so that it is have convenient for production, easy and simple to handle and production cost is low, result of use is good feature.
Described signal pickup assembly includes temperature sensor, pressure transducer and flow transducer.
Described electronic control module includes single-chip microcomputer, 485 modules, power module and A.C. contactor.
It is operated according to the following steps:
1), signals collecting: electric operator receives the live signal recorded by signal pickup assembly by signal acquisition module；
2), signal processing: canonical parameter interval is first set in the signal processing module of electric operator, then live signal and parameter preset are compared；
3), judge that whether valve is abnormal: in signal processing module, judge that whether live signal is interval beyond canonical parameter, as exceeded, be then judged to that valve is abnormal, proceed to next step；As without departing from, then be judged to that valve is normal, proceeds to step 10)；
4), signal sends: information abnormal for valve is sent to communication base station by wireless messages by electric operator by signal dispatcher module, and is forwarded in Surveillance center via communication base station；
5), judge once to be confirmed whether in Surveillance center, live signal to be confirmed beyond canonical parameter interval by: operator, as being identified through, then proceed to next step；As confirmed not pass through, then proceed to step 10)；
6), information sends: information abnormal for valve is sent to communication base station by Surveillance center by wireless messages, and is forwarded in cell-phone customer terminal via communication base station；
7), judge secondary-confirmation whether by: the information that valve is abnormal is confirmed by user by cell-phone customer terminal, as being identified through, then proceeds to next step；As confirmed not pass through, then proceed to step 10)；Owing in pipeline, big and pipe temperature the rapid drawdown that rises sharply that becomes suddenly of flow is all likely caused by user voluntarily, therefore, this utility model adds the secondary-confirmation program undertaken by user in method of work；Significantly reduce error rate, improve result of use；
8), instruction sends: the adjustment information of valve switch amount is sent to Surveillance center by user by communication base station, then is sent to the signal dispatcher module of electric operator by action command by communication base station by Surveillance center；
9), valve event: action command is sent in electronic control module by the signal dispatcher module in electric operator, drives valve event；
10), valve stop, complete.
Below, use for municipal works gas pipeline, in this utility model, electric operator can control the valve of gas pipeline, in user uses, once there is the faults such as gas leakage, this utility model can real-time monitor the exception of flow and pressure, fault message is sent in real time to management personnel's handheld terminal, management personnel pass through gained information, can wirelessly control electric operator by the APP software that handheld terminal is pre-installed, it is achieved the final control to valve；I.e. disengagement failure source, and send maintainer to Solve on site fault immediately.By Wireless remote control of the present utility model, substantially reduce fault diagnosis and emergency processing time, entire society safely provided intelligent guarantee.
Claims (3)
1. intelligent valve remote control system, described valve sets in the duct and is provided with signal pickup assembly in pipeline, it is characterised in that described control system includes Surveillance center, communication base station, some cell-phone customer terminals and some electric operators；
Described electric operator is used for driving described valve and connecting with described signal pickup assembly, described Surveillance center is connected with described communication base station by wireless messages, some described cell-phone customer terminals are connected with described communication base station by wireless messages, some described electric operators are connected with described communication base station by wireless messages, described electric operator and cell-phone customer terminal one_to_one corresponding；
Described electric operator includes electronic control module, signal acquisition module, signal processing module and signal dispatcher module, described electronic control module is for controlling the switching value of valve, described signal acquisition module connects with signal pickup assembly and is used for gathering signal, described signal processing module connects and is used for processing signal with signal acquisition module, and described signal dispatcher module is connected by wireless messages with communication base station.
2. intelligent valve remote control system according to claim 1, it is characterised in that described signal pickup assembly includes temperature sensor, pressure transducer and flow transducer.
3. intelligent valve remote control system according to claim 1, it is characterised in that described electronic control module includes single-chip microcomputer, 485 modules, power module and A.C. contactor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620104159.2U CN205353688U (en) | 2016-02-02 | 2016-02-02 | Intelligent valve remote control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620104159.2U CN205353688U (en) | 2016-02-02 | 2016-02-02 | Intelligent valve remote control system |
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| CN205353688U true CN205353688U (en) | 2016-06-29 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106197558A (en) * | 2016-08-26 | 2016-12-07 | 扬州电力设备修造厂有限公司 | A kind of valve state on-line monitoring system and method for work thereof |
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2016
- 2016-02-02 CN CN201620104159.2U patent/CN205353688U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106197558A (en) * | 2016-08-26 | 2016-12-07 | 扬州电力设备修造厂有限公司 | A kind of valve state on-line monitoring system and method for work thereof |
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